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Comprehensive Overview of Energy Efficiency Programs in India

 Key Topics:

  • Unnat Jyoti by Affordable LEDs for All (UJALA)
  • Street Lighting National Programme (SLNP)
  • Light Emitting Diodes (LEDs)
  • Energy Efficiency Services Limited (EESL)
  • Incandescent Lamps (ICLs)
  • Compact Fluorescent Lamps (CFLs)
  • Energy Conservation Building Code (ECBC)
  • Energy Efficiency in India
  • Energy and Environment
  • Economic Impact of Energy Efficiency Programs
  • Public Lighting Systems in Urban India

Why in News?

The Unnat Jyoti by Affordable LEDs for All (UJALA) scheme, launched on 5th January 2015, marks its 10th anniversary as a transformative initiative aimed at energy efficiency.

Alongside UJALA, the Street Lighting National Programme (SLNP) was also introduced, focusing on replacing conventional streetlights with energy-efficient LEDs.

Key Facts About UJALA Scheme

Overview of UJALA Scheme:

  • Launched: January 2015.
  • Objective: To promote energy efficiency by replacing traditional lighting systems (e.g., ICLs and CFLs) with LED bulbs.
  • Partnerships: A joint project by the Government of India’s Public Sector Undertakings, the Union Ministry of Power’s EESL, and Distribution Companies (DISCOMs).

Significance and Need for UJALA:

  • Lighting Consumption: Accounts for 18-27% of residential electricity use in India.
  • Baseline Data: In 2011, Indian households used about 1 billion lighting points, predominantly CFLs (46%) and tube lights (41%). Only 0.4% used LEDs.

Energy Efficiency of LEDs:

  • Save up to 90% energy compared to ICLs and 50% energy compared to CFLs.
  • LED bulbs consume 75% less energy and last 25 times longer than incandescent bulbs.
  • High upfront cost was a barrier initially, which UJALA addressed through subsidized pricing.

Key Features of UJALA Scheme

Subsidized LED Bulbs:

  • Reduced cost to ₹70 per bulb from ₹450 (2014).
  • Affordability achieved through the demand aggregation-price crash model (bulk purchasing).

Distribution Mechanism:

  • EESL floated open bids for bulk procurement.
  • Collaborated with state governments to set up a distribution network.

Achievements Under UJALA:

  • LED Distribution: Over 36.87 crore LED bulbs distributed nationwide.
  • Energy Savings: Annual savings of 47,883 million kWh.
  • Cost Reduction: Annual monetary savings of ₹19,153 crore.
  • CO₂ Reduction: Avoidance of 3.88 million tonnes of carbon dioxide annually.
  • Peak Demand Avoided: Reduced peak demand by 9,586 MW.

GRAM UJALA Scheme (2021):

  • Objective: Provide LED bulbs at ₹10 each to rural households in exchange for old ICLs.
  • Phase-I Target:
    • Distribution of 1.5 crore LED bulbs.
    • Annual savings of 2,025 million kWh.
    • CO₂ reduction of 1.65 million tonnes annually.

Key Facts About Street Lighting National Programme (SLNP)

Overview of SLNP:

  • Objective: Replace conventional streetlights with LEDs to:
    • Reduce energy consumption.
    • Lower operational costs for municipalities.
    • Drive market transformation toward energy-efficient appliances.

Implementing Agency:

  • Energy Efficiency Services Limited (EESL) was designated to implement the program in collaboration with:
    • Urban Local Bodies (ULBs).
    • Municipal Bodies and Gram Panchayats (GPs).
    • Central and State Governments.

Business Model:

  • EESL covers initial project costs, recovering the investment through periodic payments from municipalities.
  • Ensures 95% uptime for streetlights to enhance public safety and reliability.

Comparison of Lighting Technologies

Feature

Incandescent Lamps (ICLs)

Compact Fluorescent Lamps (CFLs)

Light Emitting Diodes (LEDs)

Energy Efficiency

Low

Moderate

High

Power Consumption

High

Moderate

Low

Cost of Bulb

Low

Moderate

High

Heat Emission

High

Moderate

Very Low

Environmental Impact

High

Moderate (contains mercury)

Low (no harmful emissions)

Durability

Fragile

More durable than ICLs

Very durable

About Energy Efficiency Services Limited (EESL)

  • Established:
  • Ownership: Joint venture of:
    • National Thermal Power Corporation Limited (NTPC).
    • Power Finance Corporation Limited.
    • REC Limited.
    • POWERGRID Corporation of India Limited.
  • Objective: Implement the world’s largest energy efficiency programs in lighting, buildings, electric mobility, and more.
  • Achievements: Saved over 47 billion kWh annually, reducing carbon emissions by 36.5 million tonnes.

Key Terms Explained

Energy Conservation Building Code (ECBC):

  • Promotes energy-efficient building construction practices.

Demand Aggregation-Price Crash Model:

  • Bulk purchasing strategy to lower unit costs of LEDs.

ESCO (Energy Service Company):

  • Specialized companies like EESL that implement energy efficiency projects and recover costs through savings.

Bureau of Energy Efficiency (BEE):

  • Governs Standards and Labeling programs for energy-efficient appliances.

India’s Other Energy Efficiency Initiatives:

  • National Mission for Enhanced Energy Efficiency (NMEEE).
  • National Electric Mobility Mission Plan (NEMMP).
  • Perform Achieve and Trade (PAT) Scheme.
  • Energy Conservation (Amendment) Act, 2022.

Conclusion

The UJALA and SLNP initiatives exemplify India’s commitment to sustainable development and energy efficiency. By leveraging innovative models like demand aggregation and ESCO-based frameworks, these programs address economic, environmental, and social challenges effectively. They have not only contributed to significant energy and cost savings but also set a global benchmark for large-scale public-private partnerships in energy efficiency. Moving forward, expanding such initiatives and integrating them with emerging technologies will be crucial for achieving India’s energy and climate goals.

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ISRO successfully conducts its SpaDEX (Space Docking Experiment)

ISRO successfully conducts its SpaDEX (Space Docking Experiment)

The number of attempts remaining is 2

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1. How does ISRO's space docking contribute to future human space exploration?

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2. What is the expected launch year for the Bharatiya Antarix Station's first robotic module?

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3. What system enables autonomous rendezvous and docking in space?

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4. What is the maximum distance achieved during the controlled approach of the two satellites in ISRO's experiment?

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5. Which country has launched a 40,000-ton naval ship in record time, demonstrating advanced manufacturing?

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6. What term describes the sharing of electrical power between two docked satellites?

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7. Which Indian lunar mission will involve docking capability for bringing back lunar samples?

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8. Which space docking capability is required for constructing the Bharatiya Antarix Station?

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9. What altitude were the satellites maintained at during ISRO's docking experiment?

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10. How many kilograms did each satellite used in ISRO's docking experiment weigh?

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11. What is the primary purpose of the docking capability for India's future lunar missions?

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12. Which two satellites were used by ISRO to demonstrate space docking?

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13. What year did NASA first demonstrate space docking through the Gemini VIII mission?

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14. Which of the following nations first demonstrated autonomous space docking?

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15. Why is docking capability critical for space exploration?

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16. What does 'low impact docking' signify in ISRO's context?

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17. What is the name of the mission through which ISRO achieved space docking?

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18. India became the ____ country to demonstrate space docking after the US, USSR, and China.

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19. What is 'space docking' in space exploration?

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20. Which Indian organization recently achieved 'space docking'?

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